The Reaction of Complex Systems to Symmetry Breaking Events: A Mathematical Simulation Model for Neurosciences and Social Sciences

The recent Covid-19 pandemic has proposed the issue about how to deal with symmetry break down, by rare events. It is possible that humans have inner skills to deal with such events. The emergence of consciousness may be linked to such resilience and it could support the independence of humans by the determinism of the past, while they are performing the present choices. Awareness may support people to get the best occurrences in the present to reach future goals and to purse their ethical values. However it may be useful, determining the best future goals, to study the behavior of an integrated system when a macrosystem is on failure. In this perspective a math model may be useful to develop. Observations got from neurosciences suggest that wave integration, top down modulation and cross frequency modulation could be all important features to be implemented in such a model. More over the role of the information content and of the catalyst facilitation of the emergent properties, as well as the importance of the integrated complexity, are all very important issues to take into consideration. Wave interactions and information integration are two further properties to be implemented. A multi level system integrating multi component units is proposed.